Enhanced image sharpness from SmartSpeed Precise
- Featuring
- November 18 2025
- Duration 4: 2
Dr. Tanenbaum is highly impressed by the capabilities of the dual AI SmartSpeed Precise engine. It delivers images with significantly improved signal-to-noise ratio, enhanced sharpness, and reduced ringing. With its outstanding resolution, SmartSpeed Precise helps radiologists work with greater confidence and ease. Watch the video to learn more.
At-a-glance:
- See how the Deep learning reconstruction integrated with Compressed SENSE accelerates MRI scans without compromising resolution, benefiting complex patient cases
- Learn about the win-win-win revolution for radiologists, technologists and patients: improved efficiency, reduced scan times and better outcomes
I’m very impressed with what this dual AI SmartSpeed Precise engine can do. We end up with images that have much better signal-to-noise. And, much better sharpness than we ever could attain before, with less of the annoying ringing.
Dr. Tanenbaum
Former Vice President, Chief Technology Officer and Director of Advanced Imaging
RadNet Inc.
In this video, Dr. Tanenbaum, former Vice President, Chief Technology Officer, and Director of Advanced Imaging at RadNet Inc., explains how SmartSpeed AI is transforming the MRI experience.
Thanks to deep learning reconstruction, SmartSpeed AI delivers exceptional image quality, making diagnoses easier and more accurate for radiologists. The reduction in image artifacts, such as ringing, helps alleviate diagnostic fatigue and burnout, allowing radiologists to work more efficiently and confidently.
SmartSpeed Precise uniquely integrates Compressed SENSE technology with deep learning reconstruction, enabling faster MRI scans without compromising quality. This is especially beneficial for challenging patient populations, such as unsedated children and individuals with dementia, where speed and comfort are critical.
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Disclaimer
Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Results in other cases may vary.